Abelian variety search results

Results (1-50 of 32456 matches)

 

Label	Dimension	Base field	Base char.	L-polynomial	$p$-rank	$p$-rank deficit	points on curve	points on variety	Isogeny factors
2.37.ay_ik	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )^{2}$	$2$	$0$	$14$	$676$	1.37.am^2
2.37.ax_hy	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 11 x + 37 x^{2} )$	$2$	$0$	$15$	$702$	1.37.am $\times$ 1.37.al
2.37.aw_hm	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 10 x + 37 x^{2} )$	$2$	$0$	$16$	$728$	1.37.am $\times$ 1.37.ak
2.37.aw_hn	$2$	$\F_{37}$	$37$	$( 1 - 11 x + 37 x^{2} )^{2}$	$2$	$0$	$16$	$729$	1.37.al^2
2.37.av_ha	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 9 x + 37 x^{2} )$	$2$	$0$	$17$	$754$	1.37.am $\times$ 1.37.aj
2.37.av_hb	$2$	$\F_{37}$	$37$	$1 - 21 x + 183 x^{2} - 777 x^{3} + 1369 x^{4}$	$2$	$0$	$17$	$755$	simple
2.37.av_hc	$2$	$\F_{37}$	$37$	$( 1 - 11 x + 37 x^{2} )( 1 - 10 x + 37 x^{2} )$	$2$	$0$	$17$	$756$	1.37.al $\times$ 1.37.ak
2.37.au_go	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 8 x + 37 x^{2} )$	$2$	$0$	$18$	$780$	1.37.am $\times$ 1.37.ai
2.37.au_gp	$2$	$\F_{37}$	$37$	$1 - 20 x + 171 x^{2} - 740 x^{3} + 1369 x^{4}$	$2$	$0$	$18$	$781$	simple
2.37.au_gq	$2$	$\F_{37}$	$37$	$1 - 20 x + 172 x^{2} - 740 x^{3} + 1369 x^{4}$	$2$	$0$	$18$	$782$	simple
2.37.au_gr	$2$	$\F_{37}$	$37$	$( 1 - 11 x + 37 x^{2} )( 1 - 9 x + 37 x^{2} )$	$2$	$0$	$18$	$783$	1.37.al $\times$ 1.37.aj
2.37.au_gs	$2$	$\F_{37}$	$37$	$( 1 - 10 x + 37 x^{2} )^{2}$	$2$	$0$	$18$	$784$	1.37.ak^2
2.37.at_gc	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 7 x + 37 x^{2} )$	$2$	$0$	$19$	$806$	1.37.am $\times$ 1.37.ah
2.37.at_gd	$2$	$\F_{37}$	$37$	$1 - 19 x + 159 x^{2} - 703 x^{3} + 1369 x^{4}$	$2$	$0$	$19$	$807$	simple
2.37.at_ge	$2$	$\F_{37}$	$37$	$1 - 19 x + 160 x^{2} - 703 x^{3} + 1369 x^{4}$	$2$	$0$	$19$	$808$	simple
2.37.at_gf	$2$	$\F_{37}$	$37$	$1 - 19 x + 161 x^{2} - 703 x^{3} + 1369 x^{4}$	$2$	$0$	$19$	$809$	simple
2.37.at_gg	$2$	$\F_{37}$	$37$	$( 1 - 11 x + 37 x^{2} )( 1 - 8 x + 37 x^{2} )$	$2$	$0$	$19$	$810$	1.37.al $\times$ 1.37.ai
2.37.at_gh	$2$	$\F_{37}$	$37$	$1 - 19 x + 163 x^{2} - 703 x^{3} + 1369 x^{4}$	$2$	$0$	$19$	$811$	simple
2.37.at_gi	$2$	$\F_{37}$	$37$	$( 1 - 10 x + 37 x^{2} )( 1 - 9 x + 37 x^{2} )$	$2$	$0$	$19$	$812$	1.37.ak $\times$ 1.37.aj
2.37.as_fp	$2$	$\F_{37}$	$37$	$1 - 18 x + 145 x^{2} - 666 x^{3} + 1369 x^{4}$	$2$	$0$	$20$	$831$	simple
2.37.as_fq	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 6 x + 37 x^{2} )$	$2$	$0$	$20$	$832$	1.37.am $\times$ 1.37.ag
2.37.as_fr	$2$	$\F_{37}$	$37$	$1 - 18 x + 147 x^{2} - 666 x^{3} + 1369 x^{4}$	$2$	$0$	$20$	$833$	simple
2.37.as_fs	$2$	$\F_{37}$	$37$	$1 - 18 x + 148 x^{2} - 666 x^{3} + 1369 x^{4}$	$1$	$1$	$20$	$834$	simple
2.37.as_ft	$2$	$\F_{37}$	$37$	$1 - 18 x + 149 x^{2} - 666 x^{3} + 1369 x^{4}$	$2$	$0$	$20$	$835$	simple
2.37.as_fu	$2$	$\F_{37}$	$37$	$1 - 18 x + 150 x^{2} - 666 x^{3} + 1369 x^{4}$	$2$	$0$	$20$	$836$	simple
2.37.as_fv	$2$	$\F_{37}$	$37$	$( 1 - 11 x + 37 x^{2} )( 1 - 7 x + 37 x^{2} )$	$2$	$0$	$20$	$837$	1.37.al $\times$ 1.37.ah
2.37.as_fw	$2$	$\F_{37}$	$37$	$1 - 18 x + 152 x^{2} - 666 x^{3} + 1369 x^{4}$	$2$	$0$	$20$	$838$	simple
2.37.as_fx	$2$	$\F_{37}$	$37$	$1 - 18 x + 153 x^{2} - 666 x^{3} + 1369 x^{4}$	$2$	$0$	$20$	$839$	simple
2.37.as_fy	$2$	$\F_{37}$	$37$	$( 1 - 10 x + 37 x^{2} )( 1 - 8 x + 37 x^{2} )$	$2$	$0$	$20$	$840$	1.37.ak $\times$ 1.37.ai
2.37.as_fz	$2$	$\F_{37}$	$37$	$( 1 - 9 x + 37 x^{2} )^{2}$	$2$	$0$	$20$	$841$	1.37.aj^2
2.37.ar_fd	$2$	$\F_{37}$	$37$	$1 - 17 x + 133 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$857$	simple
2.37.ar_fe	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 5 x + 37 x^{2} )$	$2$	$0$	$21$	$858$	1.37.am $\times$ 1.37.af
2.37.ar_ff	$2$	$\F_{37}$	$37$	$1 - 17 x + 135 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$859$	simple
2.37.ar_fg	$2$	$\F_{37}$	$37$	$1 - 17 x + 136 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$860$	simple
2.37.ar_fh	$2$	$\F_{37}$	$37$	$1 - 17 x + 137 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$861$	simple
2.37.ar_fi	$2$	$\F_{37}$	$37$	$1 - 17 x + 138 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$862$	simple
2.37.ar_fj	$2$	$\F_{37}$	$37$	$1 - 17 x + 139 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$863$	simple
2.37.ar_fk	$2$	$\F_{37}$	$37$	$( 1 - 11 x + 37 x^{2} )( 1 - 6 x + 37 x^{2} )$	$2$	$0$	$21$	$864$	1.37.al $\times$ 1.37.ag
2.37.ar_fl	$2$	$\F_{37}$	$37$	$1 - 17 x + 141 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$865$	simple
2.37.ar_fm	$2$	$\F_{37}$	$37$	$1 - 17 x + 142 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$866$	simple
2.37.ar_fn	$2$	$\F_{37}$	$37$	$1 - 17 x + 143 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$867$	simple
2.37.ar_fo	$2$	$\F_{37}$	$37$	$( 1 - 10 x + 37 x^{2} )( 1 - 7 x + 37 x^{2} )$	$2$	$0$	$21$	$868$	1.37.ak $\times$ 1.37.ah
2.37.ar_fp	$2$	$\F_{37}$	$37$	$1 - 17 x + 145 x^{2} - 629 x^{3} + 1369 x^{4}$	$2$	$0$	$21$	$869$	simple
2.37.ar_fq	$2$	$\F_{37}$	$37$	$( 1 - 9 x + 37 x^{2} )( 1 - 8 x + 37 x^{2} )$	$2$	$0$	$21$	$870$	1.37.aj $\times$ 1.37.ai
2.37.aq_er	$2$	$\F_{37}$	$37$	$1 - 16 x + 121 x^{2} - 592 x^{3} + 1369 x^{4}$	$2$	$0$	$22$	$883$	simple
2.37.aq_es	$2$	$\F_{37}$	$37$	$( 1 - 12 x + 37 x^{2} )( 1 - 4 x + 37 x^{2} )$	$2$	$0$	$22$	$884$	1.37.am $\times$ 1.37.ae
2.37.aq_et	$2$	$\F_{37}$	$37$	$1 - 16 x + 123 x^{2} - 592 x^{3} + 1369 x^{4}$	$2$	$0$	$22$	$885$	simple
2.37.aq_eu	$2$	$\F_{37}$	$37$	$1 - 16 x + 124 x^{2} - 592 x^{3} + 1369 x^{4}$	$2$	$0$	$22$	$886$	simple
2.37.aq_ev	$2$	$\F_{37}$	$37$	$1 - 16 x + 125 x^{2} - 592 x^{3} + 1369 x^{4}$	$2$	$0$	$22$	$887$	simple
2.37.aq_ew	$2$	$\F_{37}$	$37$	$1 - 16 x + 126 x^{2} - 592 x^{3} + 1369 x^{4}$	$2$	$0$	$22$	$888$	simple